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Riedenklau, Eckard: Development of actuated Tangible User Interfaces: new interaction concepts and evaluation methods. 2016
Inhalt
Contents
Introduction and Motivation
Objectives, Contributions and Scope
Remarks
Background: Non-actuated Tabletop TUIs
Characteristics and Terminology of Tabletop TUIs
Application Domains
Frameworks and Toolkits for TUIs
Theory, Frameworks and Trend-setting Related Work
Toolkits and Technologies for Tabletop TUIs
Strengths and Limitations of TUIs
Actuated Tabletop TUIs and the Implementation of the TAOs
Actuation Technologies in Related Work
Electromagnetic Actuation
Differentially Driven Mobile Robots
Exotic Approaches
Summary: Benefits, Disadvantages and General Comparison
The TAO system
The TAOs' Stage: The tDesk
The TAOs' Hardware Design
The System's Software Architecture
LibTAOs: A closer Look
Triggering Actions: Gestural Interaction with the TAOs
Related Work
Motivation
Collecting User-defined Gestures with the TAOs
Technical Extensions
Experimental Design and Procedure
Participants
Quantitative and Qualitative Study Results
Implementation of the Embodied Social Networking Client
Interaction Design
Discussion
Derived Design Implications
Summary and Conclusion
The Menu Metaphor: An Inner Degree of Freedom for TAOs
Menu Related Interaction Styles in Table-top TUIs
Evaluation of Benefits and Disadvantages of Current Menu Metaphors in TUIs
Reference Frames of Menus in TUIs
Design and Implementation of our Tangible Actuated Menu Metaphor
Applications and their Interaction Designs
Design Guidelines
Conclusion
Remote Collaboration and Multi-modal Interaction
Related Work
Extensions
Basic Interaction Design
Discussion
Limitations
Outlook
Design Guidelines
Conclusion
Co-located Collaboration: Comparative Interaction Measures
Related Work on Comparative Studies and Collaborative Interaction
Motivation and Design Ideas
Extensions: Touch Sensing and Dynamic Constraints
Data Collection and Dependent Measures
Experimental Procedure
Participants
Results
Discussion and Interpretation
Conclusion
The Human Hand's Manipulation Speed: Implications for Actuated TUIOs
Related Work
Basic Motion Properties of the Hand and the TAOs
Benchmarking the Human Hand
Benchmarking the TAOs
Comparison
The Human Hand Manipulating TUIOs
Scanning
Gestures
Data Manipulation
Discussion
Design Guidelines
Conclusion
What Else? A View Beyond the Scope
Assisting Furniture: The Interactive Mobile Seat
Hardware Setup
Software Design
Discussion and Outlook
TAOgotchis: Embodied Tangible Agents
Interaction Design and Implementation
Discussion
Audio-haptic Data Exploration: The Interactive Auditory Scatter-plot
Interaction Design
Extensions: Clustering and Interactive Sonification
Future Directions: AHEAD, a Hybrid Multi-user Interface
Related Work on Hybrid Interfaces and Tangible Media Control
System Design
Interaction Example
Interaction Structure
Discussion
Conclusion
Lessons Learned: Summarizing the Guidelines
Initial Set of Design Guidelines for tabletop actuated TUIs
Interaction Structure
Interactive Surface
Embodyment
Actuation
Input Modalities
Feedback Modalities
Remote Collaboration
Reviewing Systems and Concepts Towards Future Perspectives
System Demonstrator Summary
Embodied Social Networking
Saving and Restoring Mechanism
Remote Collaborative Interior Design
Mind-mapping
System Demonstrators Beyond the Scope
Concept Overview
Future Perspectives for TUIs and their Design
Further Extensions and Conceptual Improvements
Further Applications
Conclusion: Contributions and Research Perspectives
Outlook and Future Work
Study Related Information and Further Results
Hands-on Gesture Study
Comparative Study
List of Abbreviations
List of Figures
List of Tables
References
Related References by the Author